Adiy Khairullah Hashm Al Jaberi

Three-level diode clamp inverters (DCI) are designed and implemented in this paper us ing two different switching scheme technologies namely (PG) pulse generator and (PWM) pulse width modulation using Matlab Simulink to make certain the efficiency of this logic control method. The PG is assumed to transmit a precise, stable and accurate square pulse signal. The current PG innovation is too big to be fully encapsulated. Com parative study between the most fitting domination and modification methods sophisti cated for these converters PG and PWM are implemented to drive the MOSFET switch ing device, to make constant high voltage pulses which give a pulse electric range of up to high intensity.

Three-level diode clamp inverters (DCI) are designed and implemented in this paper us ing two different switching scheme technologies namely (PG) pulse generator and (PWM) pulse width modulation using Matlab Simulink to make certain the efficiency of this logic control method. The PG is assumed to transmit a precise, stable and accurate square pulse signal. The current PG innovation is too big to be fully encapsulated. Com parative study between the most fitting domination and modification methods sophisti cated for these converters PG and PWM are implemented to drive the MOSFET switch ing device, to make constant high voltage pulses which give a pulse electric range of up to high intensity.